Suppose we are given a pair (,) of orthobases of Rn. The first basis  is used for sensing the object f as in (1) and the second is used to represent f. The restriction to pairs of orthobases is not essential and will merely simplify our treatment.

annex\Phantom Reconstruction\AIHT.m
.....\......................\ArgminOperL2Constrained.m
.....\......................\CGLS_solve.m
.....\......................\CosparseProjection.m
.....\......................\cosparse_projection.m
.....\......................\CosupportComponents.m
.....\......................\FDAnalysis.m
.....\......................\FDSynthesis.m
.....\......................\FourierSampling.m
.....\......................\FourierSamplingH.m
.....\......................\GAP.m
.....\......................\MtMn.m
.....\......................\Omega1.m
.....\......................\OmegaLHOmegaL.m
.....\......................\phantom.eps
.....\......................\RACoSaMP.m
.....\......................\RAHTP.m
.....\......................\RASP.m
.....\......................\README.txt
.....\......................\SamplingLocations.m
.....\......................\SamplingLocationsL1Magic.m
.....\......................\SheppLoganRecovery_AIHT.m
.....\......................\SheppLoganRecovery_GAP.m
.....\......................\SheppLoganRecovery_RACoSaMP.m
.....\......................\SheppLoganRecovery_RAHTP.m
.....\......................\SheppLoganRecovery_RASP.m
.....\......................\TheHermitianMatrix.m
.....\...se Diagram\ACoSaMP.m
.....\.............\Analysis_GAP.m
.....\.............\Analysis_IGP.m
.....\.............\Analysis_L1.m
.....\.............\ASP.m
.....\.............\check_failure.mat
.....\.............\compute_performance_stats_aa.m
.....\.............\cosparsity_for_gradient_step_highest.m
.....\.............\cosparsity_for_gradient_step_lowest.m
.....\.............\Evaluate_Error.m
.....\.............\finalize_estimate_do_nothing.m
.....\.............\finalize_estimate_pinv.m
.....\.............\Generate_Analysis_Operator.m
.....\.............\Generate_Problem.m
.....\.............\gradient_descent_step_minimize_M.m
.....\.............\gradient_descent_step_static.m
.....\.............\gradient_descent_step_theoretical.m
.....\.............\gradient_descent_step_theoretical_adaptive.m
.....\.............\gradient_descent_step_theoretical_adaptive2.m
.....\.............\gradient_descent_step_theoretical_nonsense.m
.....\.............\MergeResults.m
.....\.............\PlotPhaseDiagram.m
.....\.............\plotResults.m
.....\.............\projection_cosparsity_all.m
.....\.............\projection_cosparsity_best.m
.....\.............\projection_cosparsity_ratio.m
.....\.............\projection_cosparsity_shiftdown.m
.....\.............\projection_optimal_wrt_M.m
.....\.............\projection_plain.m
.....\.............\projection_suboptimal_wrt_M.m
.....\.............\projection_suboptimal_wrt_M2.m
.....\.............\RACoSaMP.m
.....\.............\RASP.m
.....\.............\README.txt
.....\.............\run_all_random.m
.....\.............\Run_Analysis_Experiments.m
.....\README.txt
.....\Phantom Reconstruction
.....\Phase Diagram
annex

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